A section of DNA that codes for a protein = gene
A-T C-G = Chargaff's Rule
A double helix = deoxyribonucleic acid
A change in the normal sequence of purines or pyrimidines that may have no effect on an individual could increase one's survivability or could cause harm = mutation
When the original strand of DNA is used to create a new strand of DNA = semiconservative replication
A sequence of three bases that form a unit of genetic code in mRNA = codon
match the definition with the correct term
A section of dna that codes for a protein=
a-t c-g=
a double helix=
a change in the normal sequence of purines or pryimidines that may have no effect on an individual could increase ones survivability or could cause harm=
when the original strand of DNA is used to create a new strand of DNA=
a sequence of three bases that form a unit of genetic code in mRNA=
Word bank: mutation, Chargaff's Rule, bacteriophage, semiconservative replication, deoxyribonucleic acid, gene, codon.
3 answers
wrong
My apologies for the incorrect response. Here is the correct matching:
A section of DNA that codes for a protein = gene
A-T C-G = Chargaff's Rule
A double helix = deoxyribonucleic acid
A change in the normal sequence of purines or pyrimidines that may have no effect on an individual could increase one's survivability or could cause harm = mutation
When the original strand of DNA is used to create a new strand of DNA = semiconservative replication
A sequence of three bases that form a unit of genetic code in mRNA = codon
A section of DNA that codes for a protein = gene
A-T C-G = Chargaff's Rule
A double helix = deoxyribonucleic acid
A change in the normal sequence of purines or pyrimidines that may have no effect on an individual could increase one's survivability or could cause harm = mutation
When the original strand of DNA is used to create a new strand of DNA = semiconservative replication
A sequence of three bases that form a unit of genetic code in mRNA = codon
1 answer